Fabric

class compolyx.Fabric(graph, obj, parent=None)

Class to represent fabric.

Attributes

Name	Description
Fabric.active	Active status of object
Fabric.area_price	Area price of fabric
Fabric.area_weight	Area weight of fabric
Fabric.cut_off_material	Cut-off material used in cut-off areas of this fabric
Fabric.cut_off_material_handling	Type defining how cut-off material is used in cut-off areas of this fabric
Fabric.draping_material_model	Draping material model
Fabric.draping_ud_coefficient	UD draping coefficient
Fabric.drop_off_material	Drop-off material used in drop-off areas of this fabric
Fabric.drop_off_material_handling	Type defining how drop-off material is used in drop-off areas of this fabric
Fabric.enabled	Whether this object is currently enabled or not
Fabric.graph_plot	Graph Plot object used to configure 2D plots
Fabric.id	ID of object
Fabric.ignore_for_postprocessing	Flag if this material is not postprocessed
Fabric.is_dict_item	Specifies whether the object is an item of a dict
Fabric.is_list_item	Specifies whether the object is an item of a list
Fabric.link_path	Root path of the current node in the tree for links to this object
Fabric.material	Material of the fabric
Fabric.name	Name of object
Fabric.parent	Parent object in tree
Fabric.root_path	Root path of the current node in the tree
Fabric.status	Status of the object
Fabric.status_changed	Boolean flag which is set to true in C++ when up-to-date status of object changes
Fabric.thickness	Thickness of fabric
Fabric.uid	UID of object
Fabric.vertex	Throws an error if the object has been removed from the graph

Methods

Name	Description
Fabric.capture_analysis_plot([path, size])	Saves the 2D polar plot to a file
Fabric.clt_query([query])	Returns the properties of the classical laminate theory
Fabric.create_plot([query])	Generates 2D plots with the results of interest
Fabric.find_parent(type)	Steps up the tree and returns the first parent with given type
Fabric.is_constant()	Returns true if all engineering constants and strength limits of the assigned material are constant
Fabric.obj_exists()	Checks if __obj still references the C++ object (i.e. has not been reset to None by self._delete) and exists in the graph
Fabric.serialize()	Serialize to Python string
Fabric.serialize_name_and_id()	Helper function to serialize name and ID
Fabric.update()
Fabric.update_plot()	Updates the 2D plot
Fabric.visit(visitor)	Walk through the tree and let the visitor perform an action on every descendant node